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Schneider Electric (Erie) AG24D020 N/O High Temperature PopTop Actuator 208V

Special Price $88.03 Regular Price $101.24
In stock
SKU
AG24D020
The Schneider Electric (Erie) AG24D020 N/O Actuator, is used to provide accurate modulation for HVAC zone valve systems that use 208V. Thermostat commands and controls flow of fluid through the valves. A spring-return system is activated by the internal motor, giving quick and secure responses in heating and cooling. Is designed for commercial HVAC systems, such as fan coil units and air handlers, as it increases energy efficiency and system durability. It is easy to maintain, operates quietly, and has longevity, which leads to better system performance.
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Specifications

  • Type: High Temperature Valve
  • Operation: Normally Open
  • Voltage: 208V
Manufacturer Name: Schneider Electric (Erie)
Product Number: AG24D020
OEM Part Number: AG24D020
Product Description: 208V N/O Hi-Temp Actuator
Weight:1.01lbs/458.13g

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Customer Questions
What maintenance is required for the Schneider Electric AG24D020 High Temperature PopTop Actuator?

Inspect wiring connections and actuator mounting regularly. Keep the unit free from dust and heat buildup. Periodic checks ensure accurate switching and prevent overheating or electrical faults.

What are common issues with the Schneider Electric AG24D020 High Temperature PopTop Actuator?

  • Electrical connection instability or loose wiring causing intermittent operation.
  • Overheating due to high ambient temperature or Low ventilation conditions.
  • Actuator not switching properly due to mechanical damage or internal fault.
  • Slow response or delayed actuation under load conditions.

Installation Steps

Step 1: Disconnect electrical power and confirm valve system is fully de-energized before starting.

Step 2: Remove existing actuator by releasing mounting clip and lifting it off the valve body.

Step 3: Inspect valve stem and seating area for debris or wear before installing new unit.

Step 4: Align new actuator onto valve stem and press down until it locks securely.

Step 5: Reconnect wiring leads according to the wiring diagram and secure connections.

Step 6: Restore power and test valve operation through full cycle for proper response.